Syllabus

Solar Radiation and Solar Geometry

Code
EG3015
Points
5.0 Credits
Level
Second Cycle Level 1
Faculty
School of Information and Engineering
Subject field
Energy Technology (MÖY)
Group of Subjects
Energy Technology
Disciplinary Domain
Technology, 100%
This course can be included in the following main field(s) of study
Energy Technology1
Solar Energy Engineering2
Progression indicator within (each) main field of study
1A1N
2A1N
Approved
Approved, 27 August 2015.
This syllabus is valid from 21 November 2015.

Learning Outcomes

After the course, the student shall be able to
  • demonstrate knowledge of the characteristics of solar radiation before and after passage in the atmosphere.
  • review different ways to measure solar radiation and identify the limitations of different measurement methods.
  • control the basic geometry and concepts concerning solar motion and be able to calculate the effect of orientation of a surface on the incident solar energy.
  • apply calculation models and different instruments for analysing, and indicate how shading from nearby buildings and other objects affect solar irradiation on a given place.
  • illustrate and reflect on how human’s need of daylight is dealt with in different countries and different kinds of buildings, based on the demand that can be put on daylight design in buildings.

Course Content

The course treats the physics of solar radiation, solar geometry, the way solar radiation is distributed over time and space, the different ways to measure solar radiation, solar radiation data and different models to calculate solar radiation on surfaces. Methods like sun path diagrams and instruments like the horizontoscope are used for calculating the amount of available solar radiation are discussed and used in laboratory work. A special application treated is daylight and the way in which buildings and their windows affect daylight in different types of buildings.

Assessment

Written exam 2.5 credits, a reflection report on the lectures about daylight 0.5 credits, written reports from laboratory work, and a written and oral presentation of project work 2 credits.

Forms of Study

Lectures, seminars, laboratory work and reflection report.

Grades

The Swedish grades U, 3, 4, 5

Reflection report, written report and project (U-G).
The credit will be decided after considering the result from the written exam.

Prerequisites

  • B.A. in engineering (mechanical, electrical, energy) or equivalent of at least 180 credits, or an equivalent degree in the physical sciences, alternatively B.A. in construction engineering, architecture or an equivalent degree. Documented language proficiency knowledge equivalent to English B at Swedish upper secondary school.

Other Information

Maximum five examination attempts.